源码链接：cmake-cookbook/chapter-03/recipe-05/cxx-example-3.5 at master · qijitao/cmake-cookbook · GitHub 要想支持OpenMP，主要是在编译和链接时使用-fopenmp （下面代码中的OpenMP_CXX_FLAGS），为此需要检测OpenMP package，具体如下所示： # set minimum

cmake编译时报找不到“Eigen3”错误： root@kirinai-15-g5000pro:/workspace/cmake/cmake-cookbook/chapter-02/recipe-06/cxx-example# cmake . -- The CXX compiler identification is GNU 7.5.0 -- Check for working CXX comp

1、在cmake中调用python命令的方法 如下所示，execute_process可以包含子定义的指令，详细参见execute_process — CMake 3.26.3 Documentation # Find NumPy location execute_process( COMMAND ${PYTHON_EXECUTABLE} "-c" "import re, numpy;

无法像make clean一样一键清除camke编译结果； 但是可以把CMakeCache.txt删除，再重新cmake CMakeLists.txt 就是触发完整的重新编译； 另外一种方法是创建build文件夹，然后在bulid目录下执行 cmake ../CMakeLists/txt；然后可以方便把build目录下的所有生成结果删除，为了更方便，可以制作成shell脚本，例如： :: 删除bu

疑问：为什么静态库编译时也可以使用-fPIC？         -fPIC是产生全局偏移的？难道静态库时也可以使用全局偏移？  问题描述：geometry是STATIC的，但是编译flags里面有-fPIC。          # set minimum cmake version cmake_minimum_required(VERSION 3.5 FATAL_ERROR) # project

https://chenxiaowei.gitbook.io/cmake-cookbook/

遇到找不到Fortran编译器的问题： root@kirinai-15-g5000pro:/workspace/cmake/cmake-cookbook/chapter-03/recipe-04/cxx-example# cmake . -- The CXX compiler identification is GNU 7.5.0 -- The C compiler identification

   学习cmake的时候非常的蛋疼，觉得他的官方文档也没有scons写的好，也没有找到其他合适的书籍，今天在github看的一个觉得写得不错，本人只看了前面几章：https://github.com/dev-cafe/cmake-cookbook

unitTest framework ctest + manual test(no test suite) cmake_minimum_required(VERSION 3.5 FATAL_ERROR) project(recipe-01 LANGUAGES CXX) # require C++11 set(CMAKE_CXX_STANDARD 11) set(CMAKE_CXX_E

Condition Variable # use lib or use source : use lib by default(OFF) cmake_minimum_required(VERSION 3.5 FATAL_ERROR) project(recipe-04 LANGUAGES CXX) # introduce a toggle for using a library

cmake helper and apt-get cmake helper cmake installer itself may include some tools (FindXX.cmake) to help check 3pp installed on host manualy install 3pp c++ lib , boost #install 3pp package boost

configure time command cmake_minimum_required(VERSION 3.5 FATAL_ERROR) project(recipe-02 LANGUAGES NONE) find_package(PythonInterp REQUIRED) # this is set as variable to prepare # for abstraction u

CMake 是一个跨平台的自动化构建系统,它使用一个名为 CMakeLists.txt 的文件来描述构建过程,可以产生标准的构建文件,如 Unix 的 Makefile 或Windows Visual C++ 的 projects/workspaces 。文件 CMakeLists.txt 需要手工编写,也可以通过编写脚本进行半自动的生成。CMake 提供了比 autoconfig 更简洁的语法。

?> Hello world，世界 你好 本节选择了一个最简单的例子 Helloworld 来演练一下 cmake 的完整构建过程，本节并不会深入的探讨 cmake，仅仅展示一个简单的例子，并加以粗略的解释。我们选择了Everest Linux 作为基本开发平台，因为这个只有一张 CD 的发行版本，包含了 gcc4.2/gtk/qt3/qt4等完整的开发环境，同时，系统默认集成了 cmake 最新

cmake-conan CMake wrapper for the Conan C and C++ package manager. This cmake module allows to launch conan install from cmake. The branches in this repo are: develop: PR are merged to this branch. La

learning-cmake This is a simple CMake tutorial project which contains some different scenarios. hello-world: Demo a simplest CMake project. hello-world-clear: Separate the output files and src files.

switch-cmake Extensible CMake toolchain for Switch homebrew development with devkitA64 and libnx. Table of Contents Introduction Why CMake Quick Start Switch Homebrew File Formats devkitPro Ecosystem

A CMake toolchain file for iOS (+ Catalyst), watchOS, tvOS and macOS development with full simulator support and toggleable options! NEW! Experimental Catalyst support (iOS on macOS) macOS support and